High-Powered AI Computing Platform

Huawei Atlas intelligent computing platform is powered by Huawei Ascend series AI processors and mainstream heterogeneous computing components. It provides a rich array of product form factors, such as modules, cards, edge stations, and appliances, enabling all-scenario AI infrastructure solutions for device-edge-cloud. It is widely applied in scenarios such as safe city, smart transportation, smart healthcare, and AI inference. As an important part of Huawei’s full-stack AI solution, the Atlas intelligent computing platform unlocks unparalleled compute power to help customers embrace an AI-driven future.

Supreme compute power

Inspired by Huawei Ascend series AI processors, a single chip delivers 16 TeraOPS (TOPS) of INT8 and supports real-time analytics of 16-channel HD videos with a power consumption of less than 8 Watts.

All-scenario AI

The all-scenario AI infrastructure solution is designed and tuned for device-edge-cloud, fully meeting the AI application scenario requirements in the intelligent era.

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Atlas 200 AI Accelerator Module

Packaged in a form factor half the size of a credit card, the Atlas 200 consumes only 10 Watts of power, supports 16-channel real-time HD video analytics, and can be deployed on devices such as cameras and drones.

Atlas 300 AI Accelerator Card

With a HHHL PCIe standard card form factor, the Atlas 300 is positioned for data center and edge servers, supports multiple data precisions, and delivers up to 64 TOPS of INT8 on a single card, a 3x lead over competing products in the industry.

Atlas 500 AI Edge Station

This industry-leading edge product integrates AI processing capabilities and supports 16-channel HD video processing in the size of an STB, delivering a 4x performance over existing products in the marketplace.

Atlas 800 AI Appliance

Based on the standard framework and programming environment, it provides an optimized AI environment with a pre-installed software library for cluster management and task scheduling, and system-level performance monitoring.